The document discusses various computational geometry laboratory projects led by professors Marcos Tsuzuki and Thiago Martins, focusing on lung movement processing and analysis, including techniques such as lung segmentation and image fusion. It also covers electrical impedance tomography and irregular polygon packing through simulated annealing methods. Additionally, it mentions 3D reconstruction utilizing a low-cost scanner for applications in turbine measurement and fluid structure analysis.

1. Computational Geometry
Laboratory
Prof. Dr. Marcos Tsuzuki
Prof. Dr. Thiago Martins
PMR-EPUSP

2. Lung Movement Processing and
Analysis
Lung Segmentation, temporal registration, lung reconstruction,
feature tracking and image fusion (MR and CT).

3. Electrical Impedance Tomography
Interval Simulated Annealing with objective function partial evaluation,
linear systems solved with conjugate gradients in GPU, two different
objective functions, outside-in heuristic.

4. Irregular Polygon Packing
Simulated Annealing, colision
free region, Sequence of Items.

5. 3D Reconstruction
Low cost scanner, signed
distance and marching
cubes, turbine measuring,
fluid structure analysis.